Existence of positive solutions for $n \times n$ cycled systems of nonlinear differential equations associated with degenerated $p$-Laplacians
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초록
We investigate the existence, multiplicity and nonexistence of positive solutions to $n\times n$ cycled systems of nonlinear differential equations with degenerated $p$-Laplacians and nonlinearities satisfying combined $p$-linear condition at $0$ and combined $p$-sublinear, $p$-superlinear or $p$-linear condition at $\infty$. In particular, the existence of at least three positive solutions is discussed. This is even new for $n\times n$ cycled systems of nonlinear differential equations with degenerated Laplacians. We carry on only one fixed point theorem for proofs of all cases.
Abstract
We investigate the existence, multiplicity and nonexistence of positive solutions to $n\times n$ cycled systems of nonlinear differential equations with degenerated $p$-Laplacians and nonlinearities satisfying combined $p$-linear condition at $0$ and combined $p$-sublinear, $p$-superlinear or $p$-linear condition at $\infty$. In particular, the existence of at least three positive solutions is discussed. This is even new for $n\times n$ cycled systems of nonlinear differential equations with degenerated Laplacians. We carry on only one fixed point theorem for proofs of all cases.
